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1 anol (as a model of binge drinking and acute ethanol intoxication).
2 ble opening were affected by both hunger and ethanol intoxication.
3 imethoxybenzyl)piperazine (NP078585) reduced ethanol intoxication.
4 , regulate different manifestations of acute ethanol intoxication.
5        Adenosine is an important mediator of ethanol intoxication.
6  in undrugged performance and sensitivity to ethanol intoxication.
7 ls in both the absence and presence of acute ethanol intoxication.
8 e to endotoxin in rats with or without acute ethanol intoxication.
9 a dose rated as similar to greater levels of ethanol intoxication.
10 he long-term effects of chronic intermittent ethanol intoxication.
11 l inhibitors may be useful in reducing acute ethanol intoxication and alcohol consumption by human al
12                 Using a mouse model of acute ethanol intoxication and burn injury, we found that smal
13 ur understanding of their functional role in ethanol intoxication and consumption is very limited.
14 C firing was significantly suppressed during ethanol intoxication and during ETX.
15           ICx neuronal responses during both ethanol intoxication and ETX were significantly suppress
16           This may be important during acute ethanol intoxication and may contribute to adverse retin
17  provide a molecular basis for understanding ethanol intoxication and the likely effects of human pol
18    This inhibitory action may play a role in ethanol intoxication and withdrawal excitability.
19 ure regimen consists of repeated episodes of ethanol intoxication and withdrawal.
20         Flies learned to associate cues with ethanol intoxication and, although transiently aversive,
21                  The brain adapts to chronic ethanol intoxication by altering synaptic and ion-channe
22 vation during testing did not substitute for ethanol intoxication, demonstrating that the effects of
23              During synaptogenesis, a single ethanol intoxication episode triggers apoptotic cell dea
24       In both mammalian and insect models of ethanol intoxication, high doses of ethanol induce motor
25 rus (SIV)-infected rhesus macaques and acute ethanol intoxication in a murine model were used.
26  ethanol and acetaldehyde levels after acute ethanol intoxication in both wild-type and ALDH2-deficie
27           A genetic screen for resistance to ethanol intoxication in Caenorhabditis elegans isolated
28 ophila display behaviors that are similar to ethanol intoxication in rodents and humans.
29                                        Acute ethanol intoxication inhibited tumor necrosis factor (TN
30 hdrawal (MW) experience (four cycles of 16 h ethanol intoxication interrupted by 8 h periods of absti
31 eriod of synaptogenesis, a single episode of ethanol intoxication lasting for several hours triggers
32 ice with beta-catenin-deficient hepatocytes, ethanol intoxication led to significant redox imbalance
33            In mammalian and insect models of ethanol intoxication, low doses of ethanol stimulate loc
34              The results indicate that acute ethanol intoxication markedly influences NMDA receptor a
35 examined mice for the effect of either acute ethanol intoxication or Adh1 gene disruption on RA synth
36 nown, however, whether ENT1 is important for ethanol intoxication or consumption in vivo.
37 affecting ethanol metabolism, sensitivity to ethanol intoxication, or continuous-access drinking.
38  following 16 h (SW) or 64 h (CE) continuous ethanol intoxication, or no ethanol exposure (controls).
39                      Thus, PKCdelta enhances ethanol intoxication partly through regulation of GABA(A
40                              Six-day 'binge' ethanol intoxication postnatal days (PD) 4-9 delays up-r
41                                              Ethanol intoxication produces deficits in the acquisitio
42                                        Acute ethanol intoxication promotes fasting hypoglycemia throu
43 ic transmission by ethanol may contribute to ethanol intoxication, reinforcement, tolerance, and depe
44                                              Ethanol intoxication stimulates the production of proinf
45                                        Acute ethanol intoxication suppresses the host immune response
46 that ASER activation is sufficient to signal ethanol intoxication to the OL circuit.
47 cover neuronal molecular correlates of acute ethanol intoxication, we used stable-isotope-labeled mic